Ukucubungula izingxenye zensimbi engagqwali sekuyisisekelo sokukhiqiza kwesimanje, kusekela izimboni ezisukela emishinini yezokwelapha kuya kwezindiza ngezingxenye ezidinga amandla amakhulu, ukumelana nokugqwala, nokunemba kobukhulu. Njengoba amaketanga okuhlinzeka emhlabeni wonke eguquka, isidingo sokucubungula izingxenye zensimbi engagqwali esithembekile sikhule ngokushesha, siqhutshwa amazinga aqinile okulawula kanye nomfutho wokukhiqiza imikhiqizo ehlala isikhathi eside. Abakhiqizi banamuhla bathembela kubuchwepheshe obuthuthukile njengokucubungula okunembile kwe-CNC ukuguqula insimbi engagqwali eluhlaza ibe izingxenye eziqediwe ezihlangabezana nezimfuneko eziqinile. Inqubo ihilela izigaba eziningi—ukukhetha izinto, ukucubungula, ukwakha, ukuqeda ubuso, nokulawula ikhwalithi—ngayinye idinga ulwazi olukhethekile nemishini ekhethekile. Emabhizinisini afuna imiphumela engaguquki, ukuqonda ubuciko bokucubungula insimbi engagqwali kubalulekile ukugwema amaphutha abizayo nokubambezeleka kokukhiqiza. Izinkampani ezifana ne-Windason zitshale kakhulu ezinsizeni zokucubungula ze-CNC zanamuhla ukuze zilethe izingxenye ezisebenza ngokuthembekile ngaphansi kwezimo ezinzima. Lesi sihloko sihlinzeka ngomhlahlandlela ophelele wokucubungula izingxenye zensimbi engagqwali, sihlanganisa amasu, amazinga, izindlela zezindleko, nezinqubo ezing кращий zokuthola imiphumela ephakeme.

Insimbi engagqwali iyingxube yensimbi, i-chromium, futhi ngokuvamile i-nickel noma i-molybdenum, okunika ukumelana okumangalisayo nokugqwala, ukushisa, nokuhlaselwa amakhemikhali. Ekucubunguleni izingxenye zensimbi engagqwali, ukuthambekela kokuziqina kwezinto (work-hardening) kuyisici esibalulekile—uma isikwa noma igaywa, ingaphezulu liba lukhuni, okungasheshisa ukuguga kwamathuluzi uma kungalawulwa kahle. I-chromium yakha ungqimba lwe-oxide oluvikelayo oluzilapha uma lonakala, okwenza insimbi engagqwali ilungele izindawo ezihlanzekile nezinamandla okugqwala. Nokho, le mpawu efanayo idinga ukulawulwa ngokucophelela kwejubane lokusika nokudla (feeds) ngesikhathi kucutshungulwa insimbi engagqwali ukuze kugwenywe ukuqina ngenxa yokusebenza nokungabi kahle kwendawo engaphezulu. Ukushisa okudluliswayo (thermal conductivity) kunsimbi engagqwali kuphansi kunase-aluminium noma insimbi enekhabhoni, okusho ukuthi ukushisa kugxila emaphethelweni okusika, kudinga amasu apholile asebenzayo namathuluzi abukhali. Ubumnene nokuqina kwale ngxube nakho kunomthelela ekwakhekeni kwezinsimbi ezicutshungulwayo (chip formation); izingcezu ezinde, ezincibilikayo zingabamba amathuluzi futhi zilimaze umsebenzi uma zingaphulwa kahle. Ukuqonda lezi zici zomshini neze-metallurgy kubalulekile kunoma ubani obandakanyeka ekwakheni izingxenye ngensimbi engagqwali, ngoba kuthinta ngqo ukuphila kwamathuluzi, izikhathi zomjikelezo, nekhwalithi yengxenye yokugcina. Emkhiqizweni omkhulu, ukusebenzisana nomhlinzeki onolwazi njenge-Windason kuqinisekisa ukuthi izici zezinto ziyacatshangelwa kuzo zonke izinyathelo zenqubo.

Ukwenziwa kwe-CNC machining kuseyindlela eguquguqukayo nembaluleke kakhulu yokubumba izingxenye zensimbi engagqwali, lapho ukuphendula (turning), ukugaya (milling), nokubhoboza (drilling) kwenziwa ngokuqondene nokuziphatha kwale-alloy. Ngesikhathi sokuphendula, ukusebenzisa i-positive-rake geometry insert ene-titanium aluminum nitride (TiAlN) coating kusiza ukulawula ukushisa futhi kwandisa impilo yethuluzi, kanti isivinini sokusika kufanele sehliswe ngo-20–30% uma kuqhathaniswa nensimbi yekhabhoni ukuze kugwenywe ukuqongelela emaphethelweni ethuluzi. Ekugayeni, i-climb milling iyathandwa kune-conventional milling ngoba ikhiqiza ama-chips amancane futhi inciphisa ukuqina kwensimbi (work-hardening), futhi ukusebenzisa i-5–10% stepover nama-high-feed cutters kungathuthukisa kakhulu umkhiqizo. Ukubhoboza insimbi engagqwali kudinga ukumiswa okuqinile kanye ne-split-point drill geometries ukuze kuncishiswe amandla aphushayo futhi kugwenywe ukuqina kwensimbi lapho kungena umgodi; imijikelezo ye-peck drilling iyanconywa emigodini ejulile ukuze kukhishwe ama-chips futhi kuvunyelwe ukuthi i-coolant ifinyelele endaweni yokusika. Ukukhetha kwamathuluzi kuyo yonke imisebenzi ye-CNC kufanele kuthande i-carbide kunensimbi enesivinini esikhulu (high-speed steel) ngenxa yobulukhuni obuphezulu nokumelana nokugqokwa, kanti ama-micro-grain carbide grades anikeza amandla amahle kakhulu emaphethelweni ekusikeni okuphazamisekile (interrupted cuts). Ukulungisa isivinini nokudla (speeds and feeds) kuyisilinganiso esiyinkimbinkimbi—uma kushushuluza kakhulu amathuluzi ahluleka ngaphambi kwesikhathi, uma kuqaphela kakhulu izikhathi zomjikelezo ziyakhula, kunciphisa inzuzo. Izikhungo ze-CNC machining eziphambili ezinama-high-torque spindles kanye ne-through-spindle coolant ziletha imiphumela engaguquki ngisho nasezinhlotsheni zensimbi engagqwali ezinzima ukusebenza nazo njenge-316 ne-17-4 PH. Kubakhiqizi abangenawo amandla angaphakathi, ukuthumela umsebenzi kuchwepheshe wokucubungula izingxenye zensimbi engagqwali njenge-Windason kunikeza ukufinyelela ezinhlelweni ezilungiselelwe kanye namasu amathuluzi afakazelwe ngaphandle kokutshala imali enkulu.

Umsebenzi ngamunye wokwenza izinto ufuna izindlela ezihlukile: ukuphenduka kuzuza ngohlelo olungaguquki lwejubane lendawo, ukugaya kufanele kusebenzise izindlela ze-trochoidal ukuze kusabalalise ukugqoka ngokulinganayo, futhi ukubhoboza kudinga imijikelezo ye-peck nge-coolant yomfutho ophezulu. Ukuhlanganisa lezi zindlela ekusethweni okukodwa kunciphisa amaphutha okuphatha futhi kufinyeze izikhathi zokuletha, okubaluleke kakhulu ezingxenyeni eziyinkimbinkimbi ezinokubekezelela okuqinile.

Ama-inserts e-carbide ahlanganisiwe anama-chip-breaker geometries ayizinga elijwayelekile lemboni ekwenzeni insimbi engagqwali, ngejubane lokusika elinconyiwe lika-120–200 m/min ekuphendukeni kanye no-80–150 m/min ekugayeni kuye ngezinga. Izinga lokudla kufanele ligcinwe ku-0.1–0.3 mm/rev ekuphendukeni kanye no-0.05–0.15 mm/izinyo ekugayeni ukuze kuqinisekiswe ukuncipha kwe-chip okungaguquki kanye nokukhishwa kokushisa okufanele.

Ngaphezu kokwenziwa kwemishini ye-CNC, ukucubungula izingxenye zensimbi engagqwali kuvame ukubandakanya amasu okwakha afana nokusika nge-laser, ukusika ngamanzi, ukugoba, nokushisela ukuze kwakhiwe izimo eziseduze nezokugcina noma izakhiwo ezihlanganisiwe. Ukusika nge-laser kuletha imisele emincane kakhulu nezindawo ezincane ezithintekayo ukushisa, okwenza kufaneleke amaphrofayili ayinkimbinkimbi emashidi ensimbi afinyelela ku-20 mm ubukhulu, kuyilapho ukusika ngamanzi kusebenzisa i-abrasive garnet ukusika amapuleti amakhulu ngaphandle kokuphazamiseka kokushisa. Ukugoba insimbi engagqwali kudinga amandla amakhulu kunensimbi yekhabhoni ngenxa yamandla ayo aphezulu okuvumela, futhi ukubuyela emuva kufanele kunxeshezelwe ngokugoba ngokweqile noma ngokusebenzisa izindlela zokugoba emoyeni ngokuvuleka okunembile kwe-die. Ukushisela kwethula izinselele eziyingqayizivele ngoba ukushisa okuphansi kwe-alloy kungadala ukunqwabelana kokushisa nokuhlanekezela; i-gas tungsten arc welding (TIG) iyathandwa ezingxenyeni ezincane lapho ukubukeka kubalulekile, kuyilapho i-gas metal arc welding (MIG) inikeza amazinga aphezulu okufaka insimbi emajoyintini amakhulu. Ukukhetha okufanele kwe-filler metal—ukufanisa noma ukwengeza i-alloy ensimbi eyisisekelo—kuqinisekisa ukuthi izindawo zokushisela zigcina ukumelana nokugqwala nezimfanelo zemishini. Ezinhlelweni ezibucayi, ukwelashwa ngokushisa ngemva kokushisela noma i-solution annealing kungase kudingeke ukuze kubuyiselwe ungqimba lokuvikela futhi kuncishiswe izingcindezi ezisele. Izinkampani eziningi ezigxile ezinsizeni zokwenziwa kwemishini ye-CNC nazo zinikeza amakhono ahlanganisiwe okwakha, futhi i-Windason inikeza izixazululo eziphelele ezihlanganisa ukwenziwa kwemishini nokusika, ukugoba, nokushisela ngaphansi kophahla olulodwa, okwenza ukuthi amaketanga okuhlinzeka asebenze kahle futhi kuthuthukiswe ukuvumelana kwekhwalithi.

Ukuqedwa kwendawo yisigaba esibalulekile ekucubunguleni izingxenye zensimbi engagqwali (stainless steel) okuthuthukisa ukubukeka, ukumelana nokugqwala, nokuhlanzeka kalula. I-Passivation ihilela ukucwilisa ingxenye kusixazululo se-nitric acid noma i-citric acid ukuze kususwe i-iron ekhululekile ebusweni, ivumele ungqimba lwe-chromium oxide ukuba lwakhe kabusha ngokwemvelo; lokhu kuyimfuneko ejwayelekile ezingxenyeni zezokwelapha nezokudla. I-Electropolishing iya phambili ngokuncibilikisa ungqimba oluncane lwensimbi nge-anodic, okuholela ekupheleni okufana nesibuko okunciphisa ukungqubuzana futhi kuqede imifantu emincane lapho amagciwane engacasha khona. Ukubhulashi, noma ukuqedwa ngomshini, kusebenzisa amabhande noma amaphedi e-abrasive ukudala ukuthungwa okufanayo kwe-satin, okuthandwa kakhulu kumaphaneli ezakhiwo nemikhiqizo yabathengi lapho ukufana kokubukeka kubalulekile. Indlela ngayinye inomthelela ekulinganisweni kobukhulu: i-passivation yengeza ubukhulu obuncane kakhulu, i-electropolishing isusa u-0.0005–0.002 amaintshi ngaphezulu ngalunye, futhi ukubhulashi kususa izinto ngokungalingani uma kungalawulwa ngokucophelela. Ukukhetha inqubo efanele yokuqedwa kuncike ekusetshenzisweni kwengxenye—i-electropolishing ikhethwa kwezinto zokusebenza zemithi, kanti ukubhulashi kufaneleka ekuhlobiseni. Ezinkampanini ezinikezela ngomshini onembile we-CNC, ukuhlanganisa ukuqedwa njengensiza yangaphakathi kuqeda ukuphathwa kwesibili futhi kunciphisa izikhathi zokuphendula. Amandla okukhiqiza e-Windason afaka izinketho eziningi zokuqedwa ezihambisana nezidingo ezithile zephrojekthi ngayinye, kuqinisekiswa ukuthi izingxenye zifika zilungele ukuhlanganiswa kokugcina.

Ukugcina ukulingana okuqinile ekucubunguleni izingxenye zensimbi engagqwali kudinga ukulawulwa kwekhwalithi okuqinile kulo lonke umjikelezo wokukhiqiza. Ukuhlolwa kobukhulu kusetshenziswa imishini yokulinganisa (CMM) kuqinisekisa izici ezibalulekile ngokumelene nemidwebo yobunjiniyela, kuyilapho abahloli bokuqina kwendawo beqinisekisa ukuthi amanani e-Ra ahlangabezana nezimfuneko. Ukulawulwa kwenqubo yezibalo (SPC) kuqapha izitayela zokwenza imishini ngesikhathi sangempela, kuvumela abasebenzi ukuthi balungise ukusuka ngaphambi kokuba izingxenye ziphume emgqeni wokulingana. Ezimbonini ezidinga ukwethembeka okuphezulu njenge-aerospace neyezokwelapha, izitifiketi ezifana ne-ISO 9001 ne-AS9100 ziyimpoqo, futhi ukulandeleka kwezinto kusukela embonini kuya engxenyeni eqediwe kufanele kubhalwe phansi. Izindlela zokuhlola ezingonakalisi—okuhlanganisa ukuhlola ngokungena kukadayi, ukuhlola ngomsindo, ne-X-ray—zithola ukungapheleli okungaphansi kwendawo okungaholela ekwehlulekeni ekusebenziseni. Uhlelo oluqinile lokulawula ikhwalithi lubuye luhlanganise imibiko yokuhlola into yokuqala (FAI) yamaphrojekthi amasha, iqinisekisa ukuthi yonke imilinganiselo nezimfuneko zokuqeda kwendawo kuyahlangabezana ngaphambi kokuqala kokukhiqiza okugcwele. Ukusebenzisana nomhlinzeki obeka ikhwalithi phambili, njenge-Windason, kunikeza abathengi ukuzethemba ukuthi yonke ingxenye izosebenza njengoba kuhlosiwe, kunciphisa ubungozi bokwehluleka ensimini kanye nokubuyiselwa okubizayo.

Izingxenye zensimbi engagqwali zibalulekile emishinini yezokwelapha—amathuluzi okuhlinza, izinto zokufakelwa emathanjeni, kanye nemishini yokuxilonga konke kuncike ekuhambisaneni kwe-alloy nomzimba kanye nokukwazi ukuyihlanza. Emkhakheni wezindiza nomkhathi, izikulufu zensimbi engagqwali, izinsimbi zokubamba, kanye nezinto zokuxhuma eziphethe uketshezi kumele zimelane namazinga okushisa ashubisa kakhulu kanye nemithwalo yokudlidliza ngenkathi zivikela ekugqwaleni okubangelwa amakhemikhali okuncibilikisa iqhwa kanye nosawoti ophuma emanzini olwandle. Izikhungo zokucubungula ukudla zisebenzisa insimbi engagqwali kumasistimu okuthutha, amathangi, kanye namavalvu ngoba indawo yale nto engenazimbotshana ivimbela ukukhula kwamagciwane futhi imelana nama-caustic cleaning agents anamandla. Umkhakha kawoyela negesi nawo uncike ensimbini engagqwali kumathuluzi asebenza ngaphansi komhlaba kanye nezingxenye zamapayipi ezisebenza ezindaweni ezine-hydrogen sulfide (H₂S). Ukusetshenziswa ngakunye kubeka izidingo ezihlukile ekucubungulweni kwezingxenye zensimbi engagqwali, kusukela ekuqedweni okuhle kwendawo yezinto zokufakelwa ezokwelapha kuya ekushubeni okukhulu kodonga lwemithwalo yokucindezela. Abakhiqizi abanolwazi oluhlukahlukene emikhakheni ehlukene, njenge-Windason, bangakwazi ukushintsha izinsiza zabo ze-CNC machining ukuze bahlangabezane nezimiso zomkhakha ngamunye ngenkathi begcina ukukhiqiza okonga izindleko. Ukuguquguquka kwensimbi engagqwali kuqinisekisa ukuqhubeka kwayo ukubusa kule mikhakha ebalulekile, njengoba izinhlobo ezintsha nezindlela zokucubungula zikhulisa amandla ayo ngokwengeziwe.

Ukukhetha phakathi kwe-stainless steel engu-304 nengu-316 kungenye yezinqumo ezivame kakhulu ekwakhiweni kwezingxenye, njengoba igreyidi ngalinye linikeza ibhalansi ehlukile yokumelana nokugqwala, amandla, nezindleko. Igreyidi 304, eliqukethe i-chromium engu-18% ne-nickel engu-8%, liyinsimbi ye-stainless esebenza kanzima ezingxenyeni ezijwayelekile ezichayeke emanzini ahlanzekile, amakhemikhali athambile, nezindawo zangaphakathi. Igreyidi 316 lengeza i-molybdenum engu-2–3%, ethuthukisa kakhulu ukumelana nama-chloride, okwenza kube ukukhetha okuthandwayo ezinhlelweni zasolwandle, ukucutshungulwa kwamakhemikhali, kanye nezimila zezokwelapha. Ngokombono wokwenza imishini, i-316 kunzima kancane ukuyisika ngenxa yezinga layo eliphezulu lokuziqina lapho isebenza, ngakho ukukhetha amathuluzi kanye nesu lokupholisa kubaluleka nakakhulu. Umehluko wezindleko phakathi kwalezi zigreyidi ezimbili ungaba ngu-30–50%, ngakho ukucacisa ngokweqile i-316 ezindaweni ezingenabungozi kumosha imali, kuyilapho ukucacisa ngaphansi i-304 ezimweni ezigqwala kungabangela ukwehluleka ngaphambi kwesikhathi. Ezinye izigreyidi ezifana ne-303 (free-machining), i-410 (hardenable), ne-17-4 PH (precipitation-hardening) zinikeza izakhiwo ezikhethekile ezidingweni ezihlukile. Ukubonisana nozakwethu wokwenza imishini oqonda lezi zinto ezincane—njengo-Windason—kusiza ukugwema amaphutha ezigreyidi futhi kuqinisekisa ukuthi ingxenye iletha impilo yesevisi edingekayo ngezindleko ezifanele.

Ukwehlisa izindleko ekucubunguleni izingxenye zensimbi engagqwali kuqala esigabeni sokuklama, lapho izinguquko ezincane zingaba nomthelela omkhulu ekukhiqizekeni. Ukucacisa ama-radii angaphakathi angenabubele kuvumela ukusetshenziswa kwama-end mill ajwayelekile esikhundleni samathuluzi enziwe ngokwezifiso, futhi ukugwema imigodi ejulile, emincane kunciphisa isidingo sama-cutter akhethekile afinyelela kude. Ukukhetha igredi elula yokucubungula njenge-303 ezindaweni ezingabalulekile ekugqwaleni kunganciphisa isikhathi somjikelezo ngo-15–25% uma kuqhathaniswa ne-304 noma i-316. Ukuhlanganisa izici eziningi zibe ukusetha okukodwa kwe-CNC kunciphisa isikhathi sokungasebenzi futhi kuthuthukisa ukunemba kokuma, kuyilapho ukuklama izimo ezicishe zifane ngeshidi nge-laser cutting noma i-waterjet kunciphisa umthamo wempahla okufanele isuswe ngomshini. Uku-oda amabhaji amakhulu kusabalalisa izindleko ezingaguquki zokuhlela, amathuluzi, nokuhlolwa kwento yokuqala kuzo zonke izingxenye, kwehlise intengo yento ngayinye. Ukusebenzisana nomhlinzeki ophelele njenge-Windason onikeza ukucubungula okunembile kwe-CNC, ukwakha, ukuqeda, nokulawula ikhwalithi endaweni eyodwa kuqeda umthwalo wokulawula abathengisi abaningi. Ukuxhumana okusobala mayelana nezidingo zokubekezelela—ukuvumela ±0.005 amaintshi esikhundleni se-±0.001 amaintshi lapho kuvumelekile ekusebenzeni—kunganciphisa kakhulu isikhathi somshini namazinga okulahleka.

Ukucubungula izingxenye zensimbi engagqwali kuwumkhakha oyinkimbinkimbi odinga ulwazi olujulile lwe-metallurgy, amakhono athuthukile okusebenza ngemishini, kanye nokuqinisekiswa kwekhwalithi okuqinile. Kusukela ezinsukwini zokuqala zobuchwepheshe be-CNC kuya esikhathini samanje sokukhiqiza ngedijithali, iqhaza le-CNC enkathini yezimboni beliguqukayo, linika amandla ukwenziwa ngokwezifiso ngobuningi kanye nokunemba kwezinga le-micron okwakungacabangeki esizukulwaneni esedlule. Amabhizinisi atshala imali ekuqondeni izimiso ezichazwe kulesi sihloko—izakhiwo zezinto zokusebenza, izindlela zokusebenza ngemishini, izindlela zokwakha, izinketho zokuqeda, kanye namasu ezindleko—azibeka endaweni ekahle yokukhiqiza izingxenye ezigqama ngokusebenza nokuphila isikhathi eside. Ezinkampanini ezithanda ukugxila emandleni azo ayisisekelo ngenkathi zifinyelela izinsiza zokusebenza nge-CNC ezisezingeni lomhlaba, i-Windason inomlando oqinisekisiwe emikhakheni yezokwelapha, i-aerospace, ukucubungula ukudla, neminye imikhakha edingekayo. Amandla abo aphelele, kusukela ekucubunguleni izingxenye zensimbi engagqwali kuya ekuhlolweni kokugcina, aqinisekisa ukuthi yonke ingxenye ihlangabezana namazinga aphezulu kakhulu okunemba nokwethembeka. Ukuze uthole ukuthi i-Windason ingakusekela kanjani iphrojekthi yakho elandelayo yensimbi engagqwali, vakashela eyabo.IKHASI LASEKHAYA ikhasi lokubuka konke ngezinsizakalo, funda kabanzi ngamakhono abo ku-NGATHI ikhasi, noma brawuza amaphrojekthi aqediwe ku-IMIKHIGIZO igalari. Ngemibuzo ethile, i-XHUMANA NATHI ikhasi linikeza ukufinyelela okuqondile eqenjini labo lobuchwepheshe.

Inqubo yezingxenye zensimbi engagqwali ibhekisela kulo lonke uhlelo lokusebenza lokuguqula insimbi engagqwali eluhlaza ibe izingxenye eziqediwe ngokusebenzisa imishini, ukwakha, ukuqeda, nokulawula ikhwalithi. Ibalulekile ngoba insimbi engagqwali inikeza ukumelana nokugqwala okungenakuqhathaniswa, amandla, nezici zokuhlanzeka, okwenza ibalulekile ezinhlelweni ezibucayi kwezokwelapha, i-aerospace, nezimboni zokucubungula ukudla lapho ukwehluleka kungenakwenzeka.

Ngokucutshungulwa kwe-CNC, i-304 ilula ukuyisika futhi iyonga izindleko ezingxenyeni ezijwayelekile, kanti i-316 inikeza ukumelana nokugqwala okuphezulu ezindaweni ezinogesi olunothe, kodwa idinga isivinini esiphansi namathuluzi aqinile. Izinga elihle kakhulu lincike ekuchayekeni kwesicelo sakho kumakhemikhali, amanzi anosawoti, noma imijikelezo yokubulala amagciwane, kanye nesabelomali sakho esamukelekayo sezinto zokusetshenziswa nesikhathi sokucutshungulwa.

Ngemishini yesimanje ye-CNC enembile nabasebenzi abanokuhlangenwe nakho, ukubekezelela kwe-±0.001 amaintji (0.025 mm) kuyatholakala kalula ezingxenyeni eziningi zensimbi engagqwali. Ngomsebenzi onembile kakhulu ezindaweni ezilawulwayo, ukubekezelela okuqinile njenge-±0.0005 amaintji (0.013 mm) kungagcinwa, nakuba lokhu kwandisa izidingo zokuhlola nezindleko.

Izindlela ezivame kakhulu zokuqeda ubuso ukupasisha (ukususwa kwamakhemikhali ensimbi ekhululekile), ukupholisha ngogesi (ukubushelelezi nge-anode ukuze kutholakale ukubukeka kwesibuko), nokuxubha ngomshini (ukuthungwa okuhlikihlayo ukuze kutholakale ukubukeka okusilika). Indlela ngayinye ithinta ukumelana nokugqwala, ukungqubuzana, nokubukeka ngendlela ehlukile, futhi ukukhetha kuncike endaweni yokusetshenziswa kwengxenye.

Insimbi engagqwali iyaba nzima uma isetshenzwa ngoba ukushisa nokuguquka kwesimo endaweni yokusika kwenza ukwakheka kwekristalu kube nzima kakhulu. Ukuze ugweme lokhu, sebenzisa amathuluzi e-carbide acijile anengqimba, gcina imithwalo yokusika ihambisana (ungavumeli ithuluzi lihlikihle), sebenzisa into yokupholisa enele, futhi gwema ukusika okulula kokugcina okudala ukungqubuzana okuningi kunokusika.

Ukusika nge-laser nangamanzi kuhle kakhulu ekwenzeni izimo eziseduze nezokugcina zeshidi noma ipuleti, kodwa akukwazi ukufeza ukunemba okuqinile, ukuphelelwa okuhle, noma ubunjalo obuyinkimbinkimbi be-3D obunikezwa ukugaya kwe-CNC nokuphendula. Ngokuvamile, izindlela zokwakha zisetshenziselwa ukuqala ukwakha izimo, bese ukucubungula kuthuthukisa izici ezibalulekile zibe ubukhulu bokugcina.

Bheka umlingani onolwazi olufakazelwe embonini yakho, izitifiketi ezifana ne-ISO 9001, amakhono angaphakathi kwezokwenza imishini, ukwakha, ukuqeda, nokuhlola, kanye nomlando wokulethwa ngesikhathi. I-Windason, ngokwesibonelo, inikela ngakho konke lokhu ngaphansi kophahla olulodwa futhi inganikeza izincomo nezingxenye eziyisampula ukukhombisa ikhwalithi yabo.

I-TIG (i-gas tungsten arc welding) ikhethwa ezingxenyeni ezincane nasekushiseleni okuhle ngenxa yokuthi inikeza ukulawula ukushisa okunembile nemiphumela ehlanzekile. I-MIG (i-gas metal arc welding) ikhiqiza kakhulu emajoyintini aminyene. Zombili zidinga ukukhethwa okufanele kwe-filler metal kanye ne-post-weld passivation ukuze kubuyiselwe ukumelana nokugqwala endaweni yokushisela.

Izindleko zingancishiswa ngokuklama ngokucabangela usayizi wamathuluzi ajwayelekile, ukukhetha ama-free-machining grades lapho kufanele, ukuhlanganisa imisebenzi ibe yizinqubo ezimbalwa, uku-oda amanani amakhulu, nokwehlisa ukubekezelela okungabalulekile. Ukusebenza nomhlinzeki oyedwa wokucubungula, ukwakha, nokuqeda nakho kuqeda ukunyuswa kwamanani okuvela kubathengisi abaningi.

I-CNC (Computer Numerical Control) iwumgogodla wokucubungula izingxenye zensimbi engagqwali besimanje, evumela ukusebenza okuzenzakalelayo, okuphindaphindekayo, nokunemba okuphezulu okungenzeki ngezindlela zokwenza ngesandla. Emkhakheni wezimboni, i-CNC iguqule ukukhiqiza ngokuvumela ubunkimbinkimbi bejiyomethri, ukubekezelela okuqinile, nokukhiqiza okwandisekayo, okwenza kube semqoka ekuhlangabezaneni nezidingo zamaketanga okunikezela emhlabeni wonke.